Effect of Seawater on the Fatigue Life and Failure Distribution of Flood-Lubricated Angular Contact Ball Bearings

REFERENCES

• Schatzberg , P. , and Felsen , I. M. , “ Effects of Water and Oxygen During Rolling-Contact Lubrication ,” Wear , 12 , 331 – 342 ( 1968 ).
   Web of Science ®Google Scholar
• Schatzberg , P. , and Felsen , I. M. , “ Influence of Water on Fatigue-Failure Location and Surface Alteration During Rolling Contact Lubrication ,” Journal of Lubrication Technology, ASME Trans., F , 91 , 2 , 301 – 307 ( 1969 ).
   Google Scholar
• Fein , R. S. , “ Chemistry in Concentrated-Conjunction Lubrication ,” Symposium on Interdisciplinary Approach to the Lubrication of Concentration Contacts , Vol. II , Troy , New York , July 1969 .
   Google Scholar
• Rounds , F. G. , “ Effects of Base Oil Viscosity and Type on Bearing Ball Fatigue ,” ASLE Trans. , 5 , 172 – 182 ( 1962 ).
   Google Scholar
• Cordiano , H. V. , Cochran , E. P. , and Wolfe , R. J. , “ Effect of Combustion-Resistant Hydraulic Fluids on Ball-Bearing Fatigue Life ,” ASME Trans. , 78 , 989 – 996 ( 1956 ).
   Google Scholar
• Military Specification , Fire Resistant, Hydraulic Fluids, MIL-H-19457B (SHIPS).
   Google Scholar
• Military Specification , Lubricating Oil, Steam Turbine (Noncorrosive), MIL-L-17331F (SHIPS).
   Google Scholar
• Military Specification , Lubricating Oil, Hydraulic and Light Turbine (Noncorrosive), MIL-L-17672B.
   Google Scholar
• Military Specification , Hydraulic Fluid, Petroleum Base, Aircraft, Missile, and Ordnance, MIL-H-5606B.
   Google Scholar
• Military Specification , Hydraulic Fluid, Petroleum Fluid, Petroleum Base, for Preservation and Testing, MIL-H-6083C.
   Google Scholar
• Military Specification , Lubricating Oil, Jet Engine, MIL-L-6081C (ASG).
   Google Scholar
• Military Specification , Hydraulic Oil, Noncorrosive, Seawater Emulsifying, MIL-H-24430 (SHIPS).
   Google Scholar
• Johnson , L. G. , “ The Statistical Treatment of Fatigue Experiments ,” Elesevier Publishing Company , New York , 1964 .
   Google Scholar
• “ A Guide to Better Bearing Lubrication ,” published by SKF Industries, Inc. ( 1967 ).
   Google Scholar
• Valori , R. R. , Tallian , T. W. , and Sibley , L. B. , “ Elastohydrodynamic Film Effects on the Load-Life Behavior of Rolling Contacts ,” ASME preprint 65-LUBS-11 ( 1965 ).
   Google Scholar
• Reichenback , G. S. , and Syniuta , W. D. , “ An Electron Microscope Study of Rolling Contact Fatigue ,” ASLE Trans. , 8 , 217 – 223 ( 1965 ).
   Google Scholar
• Martin , J. A. , and Eberhardt , A. D. , “ Identification of Potential Failure Nuclei in Rolling Contact Fatigue ,” J. Basic Eng., Trans. ASME, Series Data , 89 , 932 – 942 ( 1967 ).
   Google Scholar
• Littmann , W. E. , and Widner , R. L. , “ Propagation of Contact Fatigue from Surface and Subsurface Origin ,” J. Basic Engineering, Trans. ASME, D. , 88 , 3 , 624 – 636 ( 1966 ).
   Google Scholar
• Anderson , W. J. , and Carter. , T. L. , “ Effect of Fiber Orientation, Temperature and Dry Powder Lubricants on Rolling Contact Fatigue ,” ASME Trans. , 2 , 108 – 120 ( 1959 ).
   Google Scholar
• Zaretsky , E. V. , and Anderson , W. J. , “ Effect of Materials—General Background ,” Symposium on Interdisciplinary Approach to the Lubrication of Concentrated Contacts , Vol. II , Troy , New York , 1969 .
   Google Scholar
• Bamberger , E. N. , “ Effect of Materials—Metallurgy Viewpoint ,” Symposium on Interdisciplinary Approach to the Lubrication of Concentrated Contacts , Vol. II , Troy , New York , 1969 .
   Google Scholar